Learning Outcomes
- Explain digital evidence, digital forensics, probative value, fragility, lifecycle stages, roles, ethics, privacy, and authorization boundaries.
- Recognize India-relevant legal and policy concepts for electronic records, authority, admissibility awareness, expert roles, holds, and jurisdictional escalation.
- Secure and document a fictional digital-evidence scene using safety, contemporaneous notes, photographs, device-state records, identifiers, and specialist escalation.
- Identify and prioritize potential evidence sources through case objectives, scope, volatility, dependencies, proportionality, and a documented collection plan.
- Handle, label, package, transport, store, and transfer fictional devices and media while protecting safety, condition, integrity, and continuity.
- Explain acquisition types, write protection, forensic images, hashes, verification, master and working copies, exceptions, and qualified-examiner responsibilities.
- Maintain evidence integrity and chain of custody through unique identifiers, seals, transfers, access controls, repositories, audits, retention, and incident handling.
- Interpret common evidence sources, metadata, timestamps, time zones, clock differences, provenance, timelines, and cross-source correlation without overstating conclusions.
- Apply scientific reasoning, method and tool validation, repeatability, reproducibility, case notes, quality review, and clear forensic reporting concepts.
- Integrate evidence preservation with incident response and complete a defensible intake-to-report capstone using supplied fictional evidence only.
Certificate : DTF AI Academy
Course Features
- Lectures 60
- Quizzes 11
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 5
- Certificate Yes
- Assessments Self
- 11 Sections
- 60 Lessons
- Lifetime
- Digital Evidence Foundations and Professional Practice
Outcome: Explain digital evidence, digital forensics, probative value, fragility, lifecycle stages, roles, ethics, privacy, and authorization boundaries.
Case: Northbridge Learning Services receives an allegation involving a shared laptop, cloud account, chat export, access logs, and CCTV clip. Staff call every digital item 'proof' and want an immediate conclusion.
Tools: Evidence lifecycle map, Role and authority matrix, Observation-inference exercise
7- 1.1Define digital evidence and digital forensics
- 1.2Connect evidence to a question
- 1.3Understand fragility and change
- 1.4Use the evidence lifecycle
- 1.5Separate roles and competence
- 1.6Work ethically, privately, and within authority
- 1.7Module 1 Assessment — Digital Evidence Foundations and Professional Practice5 Minutes5 Questions
- Legal, Policy, and Admissibility Awareness in India
Outcome: Recognize India-relevant legal and policy concepts for electronic records, authority, admissibility awareness, expert roles, holds, and jurisdictional escalation.
Case: Northbridge may face an internal disciplinary matter, a cyber incident, and possible law-enforcement referral. Managers ask the technical team to decide admissibility, seize personal devices, and certify legal compliance.
Tools: Authority decision sheet, BSA awareness map, Legal-hold and escalation exercise
7- 2.1Distinguish technical and legal decisions
- 2.2Recognize BSA electronic-record provisions
- 2.3Recognize the IT Act examiner framework
- 2.4Establish lawful and organizational authority
- 2.5Apply holds, retention, and disclosure awareness
- 2.6Coordinate CERT-In and other obligations
- 2.7Module 2 Assessment — Legal, Policy, and Admissibility Awareness in India5 Minutes5 Questions
- Scene Security, Safety, and Documentation
Outcome: Secure and document a fictional digital-evidence scene using safety, contemporaneous notes, photographs, device-state records, identifiers, and specialist escalation.
Case: A Northbridge office contains two computers, a powered phone, removable media, cables, written notes, a smart camera, and a liquid-damaged device. Staff are moving items and taking informal photographs.
Tools: Scene sketch, Device-state record, First-responder decision log
7- 3.1Secure people, scene, and authority
- 3.2Document the scene before movement
- 3.3Record device state without exploring
- 3.4Recognize mobile and connected-device risks
- 3.5Handle damaged and hazardous devices
- 3.6Maintain a contemporaneous decision log
- 3.7Module 3 Assessment — Scene Security, Safety, and Documentation5 Minutes5 Questions
- Evidence Identification and Collection Planning
Outcome: Identify and prioritize potential evidence sources through case objectives, scope, volatility, dependencies, proportionality, and a documented collection plan.
Case: The Northbridge case may involve endpoints, email, SaaS records, identity logs, network telemetry, backups, CCTV, mobile devices, and third-party support systems. Storage and authority are limited.
Tools: Evidence-source map, Order-of-volatility exercise, Collection plan
7- 4.1Define objectives and scope
- 4.2Inventory potential evidence sources
- 4.3Prioritize volatile and changing data
- 4.4Plan proportional and focused collection
- 4.5Plan cloud and provider preservation
- 4.6Write the collection plan
- 4.7Module 4 Assessment — Evidence Identification and Collection Planning5 Minutes5 Questions
- Collection, Packaging, Transport, and Storage
Outcome: Handle, label, package, transport, store, and transfer fictional devices and media while protecting safety, condition, integrity, and continuity.
Case: Authorized collectors must move fictional laptops, drives, removable media, a smart camera, and a damaged phone from a scene to the Northbridge evidence facility without losing context or continuity.
Tools: Collection checklist, Packaging decision lab, Evidence-receipt audit
7 - Forensic Acquisition and Integrity Verification
Outcome: Explain acquisition types, write protection, forensic images, hashes, verification, master and working copies, exceptions, and qualified-examiner responsibilities.
Case: Northbridge has supplied a fictional disk image, a logical file export, a cloud audit-log export, and a mobile extraction report. Learners must explain what each acquisition contains and does not contain.
Tools: Acquisition-method matrix, Hash verification lab, Master and working copy register
7- 6.1Distinguish collection from acquisition
- 6.2Compare acquisition types
- 6.3Understand write protection and source minimization
- 6.4Use cryptographic hashes appropriately
- 6.5Protect master and working copies
- 6.6Document and verify acquisition
- 6.7Module 6 Assessment — Forensic Acquisition and Integrity Verification5 Minutes5 Questions
- Chain of Custody and Evidence Management
Outcome: Maintain evidence integrity and chain of custody through unique identifiers, seals, transfers, access controls, repositories, audits, retention, and incident handling.
Case: A Northbridge audit finds ambiguous item names, undocumented handoffs, shared repository accounts, missing seals, copied exports, and retention dates that do not match case status.
Tools: Chain-of-custody form, Repository access review, Evidence-quality incident exercise
7 - Evidence Sources, Metadata, Time, and Correlation
Outcome: Interpret common evidence sources, metadata, timestamps, time zones, clock differences, provenance, timelines, and cross-source correlation without overstating conclusions.
Case: The supplied case includes endpoint files, identity events, email headers, SaaS audit logs, network records, a chat export, a phone extraction summary, and CCTV timestamps that disagree.
Tools: Source capability matrix, Timestamp normalization lab, Cross-source timeline
7- 8.1Understand source capabilities and limits
- 8.2Interpret metadata and provenance
- 8.3Work with timestamps
- 8.4Build defensible timelines
- 8.5Correlate across independent sources
- 8.6Handle derived and transformed evidence
- 8.7Module 8 Assessment — Evidence Sources, Metadata, Time, and Correlation5 Minutes5 Questions
- Examination Quality, Validation, and Reporting
Outcome: Apply scientific reasoning, method and tool validation, repeatability, reproducibility, case notes, quality review, and clear forensic reporting concepts.
Case: Two Northbridge analysts use different tools and reach different artifact counts. One report includes only screenshots and a tool-generated appendix; neither records test data, versions, limitations, or alternative explanations.
Tools: Method validation worksheet, Peer-review checklist, Forensic report lab
7- 9.1Use scientific reasoning
- 9.2Select fit-for-purpose methods
- 9.3Validate and test tools
- 9.4Support repeatability and reproducibility
- 9.5Write complete case notes and reports
- 9.6Communicate uncertainty and limitations
- 9.7Module 9 Assessment — Examination Quality, Validation, and Reporting5 Minutes5 Questions
- Incident Integration and Digital Evidence Capstone
Outcome: Integrate evidence preservation with incident response and complete a defensible intake-to-report capstone using supplied fictional evidence only.
Case: A synthetic Northbridge account compromise affects a laptop, SaaS identity, cloud files, email, and backups. Operations need containment, counsel needs preservation, and leadership needs reliable findings without unnecessary exposure of learner data.
Tools: IR-evidence decision matrix, Preservation and communication plan, Intake-to-report capstone
7- 10.1Integrate forensics with incident response
- 10.2Make live-response evidence decisions
- 10.3Coordinate preservation requests
- 10.4Communicate evidence status
- 10.5Review testimony and expert-role awareness
- 10.6Capstone: preserve, analyze, and report defensibly
- 10.7Module 10 Assessment — Incident Integration and Digital Evidence Capstone5 Minutes5 Questions
- Final ExaminationFinal assessment for Digital Evidence Fundamentals. Passing score: 70%.1
Certificate
